Isolated fire extinguishing cover of intelligent machining workshop

Abstract

The invention discloses an isolated fire extinguishing cover of an intelligent machining workshop. The isolated fire extinguishing cover comprises a cover body movably arranged below a ceiling at thetop of the workshop. When the cover body moves in parallel relative to the ceiling at the top of the workshop, the cover body can move above mechanical equipment at the bottom of the ceiling at the top of the workshop. When the cover body moves up and down relative to the ceiling at the top of the workshop, the cover body can be clamped above the mechanical equipment at the bottom of the ceiling at the top of the workshop to achieve the purpose of isolating the mechanical equipment at the bottom of the ceiling at the top of the workshop so as to extinguish fire, the mechanical equipment can beisolated when the mechanical equipment is on fire, fire spreading is avoided, and practicability is high. The isolated fire extinguishing cover comprises extending plates arranged in the cover body which are arranged in extending grooves in the cover body in a telescopic mode. The extending plates extend out of the cover body when extending out of the bottom of the cover body, so that the space between the cover body and the ground at the bottom of the cover body is increased, and the isolated fire extinguishing cover can be used for containing larger mechanical equipment.

Description

technical field [0001] The invention relates to the technical field of industrial intelligent machinery, in particular to an isolated fire extinguisher for an intelligent processing workshop. Background technique [0002] Processing equipment in intelligent workshops often has potential safety hazards, such as fire phenomena when welding workpieces, and other machinery fires caused by open flames. If the equipment is large, artificial fire extinguishing can often only extinguish the flames on the surface of the equipment. The flame in the middle position is difficult to extinguish, and it is easy to cause irreparable losses. [0003] In the prior art, fire extinguishing in the workshop is carried out through the fire extinguishing system installed on the top of the ceiling, and the external water source is sprayed in the workshop to achieve the purpose of extinguishing the fire. However, some fires caused by gasoline or other substances often cannot achieve the effect of ext...

AI Technical Summary

Problems solved by technology

[0002] Processing equipment in intelligent workshops often has potential safety hazards, such as fire phenomena when welding workpieces, and other machinery fires caused by open flames. If the equipment is large, artificial fire extinguishing can often only extinguish the flames on the surface of the equipment. The flame in the middle position is difficult to extinguish, and it is easy to cause irreparable losses

[0003] In the prior art, fire extinguishing in the workshop is carried out through the fire extinguishing system installed on the top of the ceiling, and the external water source is sprayed in the workshop to achieve the purpose of extinguishing the fire. However, some fires caused by gasoline or other substances often cannot achieve the effect of extinguishing the fire with water. It may also aggravate the fire phenomenon, and the existing overall spray fire extinguishing method is a waste of resources; for this reason, we provide an isolated fire hood for intelligent processing workshops to solve the above problems

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